OVTW Wire-Rope Isolators
OVTW95-56-06
OVTW95-56-06 vibration isolator with a Z-direction rated load of 720 N and Z-direction static stiffness of 127.06 N/mm. Review directional specifications and mounting requirements for your equipment.
- Z rated load (N)
- 720
- Z static stiffness (N/mm)
- 127.06
- Z deflection at rated load (mm)
- 0.5～3.5
- Weight (kg)
- 0.95
Model specifications
Performance and key specifications
- Weight (kg)
- 0.95
- Damping ratio (C/Cc)
- 0.2
- Z maximum allowed deflection (mm)
- 44.7
- Z static stiffness (N/mm)
- 127.06
- Max static load · Angled (N)
- 872
- Max deflection · Angled (mm)
- 63.0
- Vibration stiffness · Angled (N/mm)
- 144
- Z deflection at rated load (mm)
- 0.5～3.5
- Z natural frequency (Hz)
- 8.64
- Shock stiffness · Angled (N/mm)
- 56
- Z rated load (N)
- 720
- Z shock stiffness (N/mm)
- 95
Load cases
- Max deflection · Shear (mm)
- 47.2
- Vibration stiffness · Shear (N/mm)
- 69
- Vibration stiffness · Compression (N/mm)
- 216
- Shock stiffness · Shear (N/mm)
- 54
- Shock stiffness · Compression (N/mm)
- 95
- Max static load · Shear (N)
- 654
- Max deflection · Compression (mm)
- 44.7
- Max static load · Compression (N)
- 1028
X / Y direction specifications
- X rated load (N)
- 457.8
- X natural frequency (Hz)
- 6.1
- Y maximum allowed deflection (mm)
- 47.2
- Y deflection at rated load (mm)
- 0.5～3.5
- Y static stiffness (N/mm)
- 40.59
- X maximum allowed deflection (mm)
- 47.2
- X static stiffness (N/mm)
- 40.59
- X shock stiffness (N/mm)
- 54
- X deflection at rated load (mm)
- 0.5～3.5
- Y shock stiffness (N/mm)
- 54
- Y natural frequency (Hz)
- 6.1
- Y rated load (N)
- 457.8
Selection and installation
Check compression, 45° compression/roll and shear/roll values against the actual mounting direction. Rated load and maximum static load are different limits. Keep the full model suffix and specify the mounting-hole arrangement and loading direction with your inquiry.
Series working principle
Stranded steel cable deforms between mounting bars. Friction between the strands dissipates energy; stiffness varies with displacement and load direction.
Drawings and documents
Sign in to download the technical files available for this model. Request other formats or mounting configurations with your application details.
Specification sources
Specifications follow the current model catalogue, supported by the referenced catalogue pages and the product database model record.
- Vibration isolator catalogue (Chinese, 2024) · pp. 25, 24
- Product database: corresponding model record